Russian Federation
Russian Federation
Russian Federation
Russian Federation
One of the particular features of contemporary military conflicts is the prevalence of mine-explosive wounds including those of upper extremities accounting for about 56% of all the mine-explosive traumas. A new type of Xray equipment – portable X-ray units – make it possible to conduct radiation diagnostics of such injuries.
radiography, mine-explosive trauma, upper extremity, massive losses
1. Dorohov A.E., Akperova S.R., Prosvetov S.G. Analiz haraktera travm i raneniy, poluchennyh v hode special'noy voennoy operacii // Materialy XIX Mezhdunarodnoy Burdenkovskoy nauchnoy konferencii 20-22 aprelya 2023 goda. -S. 138-139.
2. Schegolev A.I., Tumanova U.N. Vozmozhnosti posmertnyh luchevyh issledovaniy v patologoanatomicheskoy praktike // Sovremennaya patologiya: opyt, problemy, perspektivy: sbornik materialov I Vserossiyskoy nauchio-nrakti•1eskoy konferencii s mezhdunarodnym uchas·riem. - 2020. -S. 207-213.
3. Schegolev A.I., Tumanova U.N. Harakteristika osobennostey provedeni11 posmertnyh luchevyh issledovaniy // Materialy 11 Nau•1no-nrakticheskoy konferencii Mezhregiona11'nogo tanatoradiologi•1eskogo obschestva. - 2022. -S. 3-12.
4. Shval'b A.P. K voprosu o znachenii posmertnogo luchevogo issledovaniya dlya patologicheskoy anatomii i sudebnoy mediciny // Materialy 111 Nauchno-11rakti•1eskoy konferenci11 Mezhregional'nogo tanatoradiologi•1eskogo obschestva. - 2023. -S. 146-156.
5. Zaharov S.N., Pirolkin 10.I. Primenenie luchevyh metodov diagnostiki v sudebnomedicinskoy praktike // Materialy 111 Nau•1no-11rakti•1eskoy konferencii Mezhregional'nogo tana·roradiologichesko1·0 obschestva. - 2023. -S. 15-20.
6. Makarov I.10., Bogomolov D.V., G1ol'mamedova N.D., Shay A.N. Nekotorye sovremennye metody diagnost11ki ognestrel'nyh povrezhdeniy // Sudebno-medicinskaya ekspertiza, 2. - 2019. -S. 56.
7. Sudebno-medicinskaya radiologiya. Ot iden1·ifikacii lichnosti do posmertnoy vizualizacii// Pod red. Dzh. Lo Re, A. Argo, M. Midiri, K. Kattaneo. Per. s angl. pod red. V.A. Klevno. - 2023. - s. 61-62.
8. Gpibherr S., Grimp1 J. Forensic radiology // Radiology. - 2024. - R. 823-829. https: //doi.org/https://doi.org/10.1007/s00117-024-01365-2
9. Hofer R., Ferling S. Forepsische Bildgebnng de1· scl1arfen Ge\valt // Radiologie. - 2024 Nov; 64 (11): 846-853. l1t1ps: //doi.org/10.1007/sOO 117-024-01370-5
10. Ohsaka N., 01nori K., Takencl1i 1., Yai1aga\va U. l1npale1ne11t l11jL1ry Diagposcd al lhe Sce11e 'u a PortaYe X-Ray System Transported 'u a Physiciap-Staffed Helicopter // J E111erg Trat1111a Shock. - 2020 Jap-Mar; 13 (1): 101-102. https: //doi.01·g/10.4103/JETS.JETS_l64_19
11. On1ori K., Yanaga\va U., Mt1ra1natst1 K., Nagasa\va 1-1., Takeuchi 1., Madokoro S., Jitsuiki K., Yalsn S., Ol1saka 1:-1., lsl1ika\va K. Ehregiepse nsing a ro11aYe X-ray sysie1n a1 lhe scene tra11spo11ed 'u a physiciapstaffed l1elicopter. Acute Med Strgg. - 2019, 6: 396-399. l1ttps: //doi.org/10.1002/ams2.431
12. Zhang M. Forensic imaging: a po\verfnl tool in modern forensic investigation // Forensic Sci Res. - 2022 Mar 7; 7 (3): 385-392. l1ttps: //doi.org/10.1080/20961790.2021.2008705
13. Decker S.J., B1·aileanu M., Dey S., Le11cl1ik L., Picknp M., Po\vell J., Tncker M., Rgo'up L. Fo1·e11sic Radiology: A Pri111er // Acad Radiol. 2019 Jnn; 26 (6): 820-830. hllps: //doi.org/ 10.1O16/j.acra.2019.03.006
14. Cafarelli F.P., Grilli G., Zizzo G., Bertozzi G., Giuliani N., Mahakkanuk1·at1h R., Pinto A., Gt1glieln G. Postmorten1 lmagipg: Ap Update // Semin Ultrilsot111d ST MR. - 2019 Feb; 40 (1): 86-93. https: //doi.org/https://doi.org/10.1053/j.sult.2018.1 O.O 12
15. Zecl1 V.1.D., Rnder T.D. Slshnpfe Ge\valt in der forepsischen Radiologie // Radiologie - 2024 Nov; 64( 11 ): 837-845. l1ttps://doi.org/l 0.1007/sOO 117-024-01366-1
